Visualization and analysis of very large 3D images Anas Kharboutly - PowerPoint PPT Presentation

Visualization and analysis of very large 3D images Anas Kharboutly UM2(FDS) - Master 2 Informatics, IMAGINA Sup. By: Gerard Subsol Montpellier 13. 3. 2013

Background  2007-2012: Diploma in Informatics Engineering  Technical skills and competences  Artificial Intelligence Techniques: Computer Vision Neural Networks, Robotics and Fuzzy Logic OCR and language processing Business Intelligence (OLAP - Data Mining)  2010-2012: Trainee at Automata4 company  System Analyst and Business Intelligence Researcher

Background  Projects:  Graph theory and shortest Path application Compiler project  Image processing: fuzzy filter  Building a neural network for English alphabet recognition  “Fire detection in video frames using computer vision” Result: 96% (Excellent evaluation)  “Online Hand writing recognition for Arabic language” Result: 92% (Excellent evaluation)

Background  Certificates and awards:  2007: Neuro Linguistic Programming (Certified NLP Diploma)  2011: Certificate of Appreciation (Excellent Direction)  2012: Certificate of Thanks and Appreciation (General organizer)  2012: Certificate of Thanks and Appreciation (Image processing)  2012: Certificate of Diploma in the Informatics Engineering

Current Occupation  Sept 2012 to present: Master 2 of IMAGINA  First semester Image: compression and data hiding, Computer vision, Medical imaging, Serious game and Virtual reality.  Second semester Internship at LIRMM

Internship Visualization and analysis of very large 3D images

Internship  Visualization and analysis of very large 3D images 1. The problem  Very large 3D images: 2000*2000*2000 voxel  Standard computers 2. Visualization 1. Decomposition into blocks 2. Low resolution window and high resolution zoom window 3. Processing 1. Applying some basic processing operators 2. Matching the results

Internship  Visualization and analysis of very large 3D images 1. The problem  Very large 3D images: 2000*2000*2000 voxel  Standard computers 2. Visualization 1. Decomposition into blocks 2. Low resolution window and high resolution zoom window 3. Processing 1. Applying some basic processing operators 2. Matching the results

Internship  Visualization and analysis of very large 3D images 1. The problem  Very large 3D images: 2000*2000*2000 voxel  Standard computers 2. Visualization 1. Decomposition into blocks 2. Low resolution window and high resolution zoom window 3. Processing 1. Applying some basic processing operators 2. Matching the results

Internship Low Resolution window High Resolution Zoom window

Internship  Visualization and analysis of very large 3D images 1. The problem  Very large 3D images: 2000*2000*2000 voxel  Standard computers 2. Visualization 1. Decomposition into blocks 2. Low resolution window and high resolution zoom window 3. Processing 1. Applying some basic processing operators 2. Matching the results

Planning 1 st Month: Implementation of the visualization tool. 1. 2. 2 nd Month: Implementation of some processing operators. 3. 3 rd Month: Study the results and prepare the final report.

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